In This Article
- The Approval at a Glance
- What the FCC Decided
- The Price Tag and What It Covers
- Why Globalstar Matters to Amazon
- Spectrum and Satellites
- The Direct-to-Device Prize
- Amazon Leo’s Race Against Starlink
- Where Leo Stands Today
- The Scale of the Gap
- What Happens to Globalstar and Apple
- A Subsidiary That Keeps Its Name
- The Apple Connection
- The FCC’s Public-Interest Case
- Coverage for Unserved Areas
- Emergency Communications and Enterprise Uses
- What the Deal Does Not Settle
- Closing Timeline and Conditions
- The C-3 Constellation Question
- The Bigger Satellite Shakeout
- Rivals Beyond Starlink
- Spectrum Auctions on the Horizon
- What Comes Next
- Commercial Service by Year-End
- Questions Still Unanswered
The Federal Communications Commission has approved Amazon Leo’s acquisition of satellite operator Globalstar, handing Amazon one of the final regulatory clearances it needs to push deeper into satellite connectivity. The FCC Amazon Globalstar acquisition October 2026 decision, issued on Tuesday, October 27, closes the agency’s review of a transaction first announced in April and positions Amazon to challenge SpaceX’s Starlink in the fast-growing market for phones that connect directly to satellites.
The approval does not by itself complete the deal, which was still expected to close in 2027 when it was first announced, and Amazon has given no updated closing date. But it removes the largest regulatory obstacle in front of the transaction and gives the clearest public signal yet of how Amazon intends to use Globalstar’s spectrum, satellites and ground infrastructure once the purchase is finished.
The Approval at a Glance
What the FCC Decided
The FCC’s Space Bureau approved Amazon Leo’s application to acquire roughly 25 megahertz of Globalstar’s internationally harmonised mobile-satellite service spectrum, concluding the commission’s review of the purchase. The agency said the combination of the two companies’ assets would strengthen Amazon Leo’s entry into the direct-to-device segment and create a satellite operator able to offer fixed and mobile services to residential, business and government customers.
FCC Chair Brendan Carr presented the decision as part of a wider push on American technology leadership, saying the authorisation would empower Amazon Leo to deliver fast, next-generation satellite broadband, increase competition and help communities stay connected across the country. The commission also found that no material public-interest harms were likely to result from the transaction, a finding that cleared the way for approval without conditions being highlighted in the announcement.
The Price Tag and What It Covers
The value of the deal is reported at about 11.5 billion dollars in the FCC’s announcement and in Reuters reporting, while the figure given when the agreement was first announced in April was 10.8 billion dollars. The difference between the two figures has not been explained in a single public statement, so this post reports both and treats the exact final valuation as a detail that remains to be confirmed in closing documents.
What is consistent across reports is what Amazon is buying: Globalstar’s satellite operations, its ground infrastructure and its licensed spectrum. Under the approved terms, Amazon will acquire full control of Globalstar and its subsidiaries, folding a working satellite business, rather than just a set of licences, into its growing space division.
Why Globalstar Matters to Amazon
Spectrum and Satellites
Spectrum is the scarcest asset in satellite communications, and Globalstar brings Amazon about 25 megahertz of internationally harmonised mobile-satellite spectrum that ordinary phones are already designed to use. That matters because direct-to-device service depends on frequencies that handsets can reach without special hardware, and acquiring licensed spectrum is far faster than waiting for new allocations to be auctioned and cleared.
Alongside the spectrum, Amazon gains Globalstar’s existing fleet of roughly two dozen satellites. Those spacecraft are modest in number compared with the thousands planned for Leo, but they are already in orbit and already supporting services, which gives Amazon an operating base to build on rather than a standing start.
The Direct-to-Device Prize
Direct-to-device technology lets an ordinary smartphone connect straight to a satellite, without a dish or a separate terminal, when it is beyond the reach of mobile towers. For Amazon, that capability is the strategic prize: it turns a satellite broadband network into something that can reach any compatible phone, including in rural areas, at sea and in disaster zones where terrestrial networks are absent or destroyed.
The FCC explicitly tied its approval to this market, saying the companies’ complementary assets would boost Amazon Leo’s entry into direct-to-device service. SpaceX already offers a version of this through Starlink, so Amazon is entering a race that has a clear incumbent, a proven technology path and a large potential customer base that no single operator has yet captured.
Amazon Leo’s Race Against Starlink
Where Leo Stands Today
Amazon Leo, formerly known as Project Kuiper, has launched more than 300 satellites since April 2025, according to FCC statements, with some reports putting the total closer to 400. The company has committed more than 10 billion dollars to the programme and aims to deploy about 3,200 satellites in low Earth orbit by 2029, a constellation designed to deliver broadband to homes, businesses and institutions around the world.
The FCC said Amazon is preparing to roll out its commercial satellite services by the end of 2026. That timetable puts Leo on the verge of becoming a real commercial rival rather than a development project, and the Globalstar approval arrives just as that transition is supposed to happen.
The Scale of the Gap
Starlink remains far ahead on raw scale, with a network of more than 11,000 satellites already in orbit. That head start gives SpaceX coverage, capacity and a customer base that Amazon cannot match overnight, even after absorbing Globalstar’s fleet and spectrum into its own constellation.
Amazon’s answer to that gap is not a single purchase but a programme: thousands of its own satellites still to launch, a request for permission to operate up to 5,105 satellites in total, and now a licensed spectrum position that strengthens its hand in direct-to-device service. Whether that combination closes the gap will take years to measure, and the Globalstar deal is best understood as one step in a much longer build-out.
What Happens to Globalstar and Apple
A Subsidiary That Keeps Its Name
Globalstar will become a wholly owned subsidiary of Amazon under the approved transaction, but it will keep its corporate identity rather than disappearing into the parent company. It will operate as an affiliate of Kuiper Systems, the business now known as Amazon Leo, aligning Globalstar’s mobile satellite operations with Amazon’s low Earth orbit network.
Keeping the brand is a practical choice as well as a corporate one. Globalstar has existing customers, contracts and regulatory relationships, and preserving the company as a distinct subsidiary lets Amazon maintain those arrangements while it integrates the technical assets underneath.
The Apple Connection
The purchase also reshapes one of Globalstar’s most important partnerships. Globalstar’s satellites power the Emergency SOS and Find My satellite features on iPhones and Apple Watches, a relationship deepened when Apple put about 1.5 billion dollars into a Globalstar expansion in 2024 that left Apple with a stake of about 20 percent.
Reports of the deal say Amazon plans to acquire that stake while keeping Apple’s satellite services running. That detail matters to millions of iPhone users who may never have heard of Globalstar but rely on its network when they are out of mobile coverage, and it means the acquisition touches a consumer service far beyond Amazon’s own customer base.
The FCC’s Public-Interest Case
Coverage for Unserved Areas
The FCC’s approval rested on a public-interest case that goes beyond competition between satellite operators. The agency said the transaction is likely to benefit the public by enhancing data coverage in areas that terrestrial networks do not serve or serve poorly, a gap that still affects rural communities, remote work sites and regions hit by natural disasters.
That argument carries weight because satellite coverage is not limited by the economics of laying cables or building towers in sparsely populated places. A combined Amazon-Globalstar operator, the FCC reasoned, could reach those areas more effectively than either company alone, and could do so with spectrum already licensed for mobile satellite use.
Emergency Communications and Enterprise Uses
Emergency communications were a second pillar of the FCC’s reasoning. Satellite links that work when mobile networks fail have become a standard part of disaster response, and the agency pointed to stronger emergency capabilities as a direct benefit of the deal, alongside growth in industrial and enterprise data services.
The enterprise case is easy to overlook but commercially important. Energy, shipping, agriculture and logistics companies all operate beyond reliable mobile coverage, and a satellite operator that can offer both fixed and mobile services to business and government customers has a market that goes well beyond residential broadband.
What the Deal Does Not Settle
Closing Timeline and Conditions
For all the significance of the FCC’s approval, the deal is not yet done. Amazon has not shared an updated timetable for closing, and when the transaction was announced it was expected to close in 2027, with remaining conditions still to be met before the purchase is final.
That leaves open the question of exactly when Globalstar’s assets formally change hands, and on what final terms. Until closing documents are published, the precise valuation, the treatment of existing contracts and the sequence of integration steps remain matters of reporting rather than settled fact.
The C-3 Constellation Question
A separate FCC action has added a wrinkle that is easy to confuse with the acquisition itself. On October 19, the FCC’s Space Bureau authorised Globalstar’s third-generation C-3 direct-to-device constellation, a planned system of 54 spacecraft, 48 operational units plus six on-orbit spares, with manufacturing contracted to MDA Space and initial launches scheduled from 2027.
Reports do not confirm that those future C-3 satellites are assets transferring in the purchase, and the constellation authorisation should not be read as part of the acquisition price. The distinction matters: the C-3 system is a future build-out that Globalstar has permission to pursue, while the acquisition covers the existing business, and conflating the two would overstate what Amazon is buying on day one.
The Bigger Satellite Shakeout
Rivals Beyond Starlink
Starlink is the rival most often named in coverage of the deal, but it is not the only competitor in direct-to-device service. AST SpaceMobile is developing cellular broadband delivered directly from satellites, and other operators and mobile carriers are testing their own approaches to connecting ordinary phones from orbit.
That crowded field is one reason the FCC framed the deal as pro-competitive. A stronger second operator, in the agency’s view, gives carriers, device makers and customers more options than a market dominated by a single satellite network, even if Amazon still has years of launches ahead of it.
Spectrum Auctions on the Horizon
The approval also sits alongside a wider FCC push on spectrum. The agency is moving toward more wireless-spectrum auctions that could support satellite and terrestrial services, and how that spectrum is allocated will shape which companies can compete in direct-to-device service over the next decade.
For Amazon, the Globalstar spectrum is a head start in that contest, but it is not the end of it. Future auctions, future constellation authorisations and future partnerships will decide whether Leo becomes a genuine peer to Starlink or remains a well-funded challenger with a smaller network.
What Comes Next
Commercial Service by Year-End
The most immediate milestone to watch is Amazon’s planned commercial launch by the end of 2026. If Leo begins serving customers on schedule, the Globalstar approval will quickly be tested in the market, as the combined operator starts selling services that draw on both its own constellation and Globalstar’s spectrum and infrastructure.
A commercial launch would also give the first real measure of Leo’s performance against Starlink: coverage, speeds, pricing and reliability in the places where satellite broadband matters most. Until then, the deal remains a regulatory milestone rather than a consumer product.
Questions Still Unanswered
Several questions remain open, and this post flags them rather than answering them by guesswork. The exact final valuation of the deal, the updated closing date, the treatment of Apple’s stake in the final documents, and the fate of the C-3 constellation under Amazon’s ownership are all unconfirmed.
What is settled is narrower but still significant: the FCC has approved the transfer of Globalstar’s licences to Amazon, the agency sees public benefit in a stronger direct-to-device competitor, and Amazon now has regulatory clearance to fold a working satellite operator into its challenge to Starlink. The rest will be decided by closing documents, launch schedules and the market itself.
